Theoretical studies of non-conventional hadrons are the focus of my present research. I researched the intriguing subject of hadronic molecule identification and interaction, which is one of the possible interpretations of exotic hadrons, also known as non-conventional hadrons. Like deuteron, di-hadronic molecules are approximated as a bound system. As a result, the molecular systems must be brought up to the s-wave threshold. The exact information about the interaction between two color neutral states is still up for debate, but precise information about the interaction potential could reveal the static and dynamical properties of the hadrons. I’m particularly curious about stimulation tools for researching the issue of quick generation and detection of these states. Currently, I’m working on the compact tetraquark model of non-conventional hadrons with the SVNIT HEP-Group. I’m also working on a micro-hydropower generation project in addition to my traditional research.